innovation
1
to produce the first sheltered environment for bungy trampoline jumping, the bungydome design replaces the traditional central structure of the 4 in 1 with a highly efficient geodesic structure that acts as an exoskeleton. this geodesic structure distributes the intense dynamic wind loading produced by the large protective skin, at the same time as it provides a framework from which the elastic systems are suspended. the bungydome emerges as a self structured sheltered environment which perfectly accommodates the space envelopes of the elastic assisted acrobatics.
components
2
the rigid geodesic structure is assembled from an original system of high quality components fabricated by robotic processes in 6061 aluminium alloy with t6 thermal treatment, producing a maximally efficient structure that weighs only 850kg. 284 aluminium tubes are organized into five different families by length, and the ends are reinforced by color coded connectors that establish rigid connections with the hubs. all components are anodized and color coded, forming an intriguing puzzle that generates curiosity in the public.
skin
3
the cover is a highly resistant membrane panel made from polyester webbing laminated in pvc, with a lacquered surface. this skin protects the jumpers from rain and sun, generating a large luminous interior that can receive publicity and be transformed into a projection surface at night.
the harlequin design is bespoke to bungydome and creates a striking visual impact that provokes intrigue in spectators.
the bungydome has a series of different coloured skins that have been developed for different situations, and they differentiate the structure and adapt it to specific contexts. t
the striking red and white membrane was first develped for vienna, while the blue and grey was produced for central edinburgh. generating a more integrated aspect in this sensitive historic location.
installation
4
the bungydome has been designed as a geodesic structure with rigid joints, allowing the dome to be progressively hoisted by a lightweight crane or scaffolding tower, while personnel operate at ground level assembling all the tubes and hubs in a safe and efficient 4 hour operation.
the geodesic geometry is color coded by component allowing rapid assembly without reference to maps. the bungydome requires one long day to be fully equipped, and half a day to be taken down. It needs a minimum footprint of 12 x 12 m, and in terms of services, the bungydome only requires a 16 amp power supply.
anchoring
5
given its lightness, the dome must be anchored to avoid overturning in high winds. the geodesic sphere is sectioned where it meets the ground, generating a series of 8 feet that are either bolted to existing concrete slabs, or attached to earth anchoring systems, transmitting all of the dynamic wind loading safely to the ground.
in locations that do not permit fixing, a compression ring together with sand ballast bags can be used to achieve stability.
dimensions
6
dome diameter
12m
dome height
10m
footprint diameter
10m
footprint area
78m2
geodesic structure weight
850kg
certification
7
structurally the bungydome has been calculated to fully comply with the standards for temporary attractions UNE.EN13814, resisting winds of up to 120km/hr. in terms of health and safety, the bungydome has been fully certified for operation in edinburgh barcelona and vienna and several other locations around the world.
